We study living systems using the fundamental laws of physics and machine learning.

Stanford, CA
Joined August 2018
Living Matter Lab retweeted
If you are wondering if you can use emoji-like symbols in the title of a scientific paper, the answer is 👍 Find more about second-invariant models in hyperelasticity in this cool collab with @ln2cool sciencedirect.com/science/ar…
5
12
2
108
7,617
Living Matter Lab retweeted
Do you have a 🫀 for #machinelearning and #biomechanics? Then check out our latest preprint in which we discover the most optimal #constitutive #model for #human #cardiac #tissue 👇 biorxiv.org/content/10.1101/…
1
2
18
1,054
Living Matter Lab retweeted
📣Our NEW preprint combines #data (tissue testing) #machinelearning (CANNs) and #physics (thermodynamics + FEA) to autonomously discover optimal one-, two- and multi-term #anisotropic #nonlinear material models and compute #arterial #tissue #biomechanics 👉doi.org/10.1101/2023.12.06.5…
1
3
36
1,951
Living Matter Lab retweeted
Exciting collaboration alert! Nina Reiter & Jan Hinrichsen from the @Brainiacs_Lab team are at Stanford's Living Matter Lab, led by Prof. @ln2cool. They're delving into automated model discovery approaches, applying them to human brain data.🧠#Brainiacs #Collaboration 🌐
1
8
429
Extremely proud to share my latest work with Bartek, @MPeirlinck, and @ln2cool: Sex-specific cardiovascular risk factors in the @uk_biobank. This project took off during Bartek and I's Deep Learning class with @AndrewYNg. doi.org/10.1101/2023.10.26.2…
1
1
1
22
2,193
Living Matter Lab retweeted
Experimentally testing tissue, learning the optimal #constitutive #model, and implementing it in your #FEA models IN ONE AUTOMATED PIPELINE? We got you! Check out our latest preprint "On #automated #model #discovery and a universal #material #subroutine": biorxiv.org/content/10.1101/…
Do you struggle with selecting the best material model for your FE analysis? Don't worry! Our new collab with ABAQUS @3DS_SIMULIA @Dassault3DS will take care of it: On automated model discovery and a universal material subroutine biorxiv.org/content/10.1101/…
1
3
20
3,159
Ever wondered what happens to your heart when you exercise? Does exercise affect men and women differently? With the @WuTsaiAlliance, @ln2cool @MPeirlinck and I started to unravel these questions in our recently published review paper @FrontPhysiol frontiersin.org/articles/10.… (1/5)
1
6
1
23
I really love the sense of wonder I get when I look at physics problems. When I look at an electron microscope image, I’m still amazed that we can visualize atoms. I don’t think that wonder is ever going to leave me. —Wendy Gu, Assistant Professor, ME stanford.io/3pVydkn
1
6
30
Living Matter Lab retweeted
We are excited to present our #openaccess #review paper on #precisionmedicine in #human #heart #modeling. 🧵A thread. 1/n doi.org/10.1007/s10237-021-0…
1
7
1
31
Living Matter Lab retweeted
Crucial decision from Stanford leadership: news.stanford.edu/today/2021…. In fall 2020, many universities saw high COVID cases during first 2-3 weeks which was quickly lowered through strong test-trace-isolate policies. But US-wide situation is much worse now! More data in our paper👇
Hannah, Cortney, Joe, @DhirajIndana and Kevin have predicted a spike in cases upon campus reopening after the winter break... but 45 cases in just one week when classes haven't even started? #SuperSpreader #COVID19 medrxiv.org/content/10.1101/…
Living Matter Lab retweeted
I can now report that Mathias gave a spectacular presentation! Summarizing a vast amount of leading edge science in a very concise and understandable way, followed by his own new work that shows they can now go from ion channel conduction to blood flow! Truly a milestone moment.
1
6
New research by Dr Ellen Kuhl, @ln2cool from @StanfordEng, shows how travel bans have contained #COVID19 spread in the EU. The study could play a big part in exit strategies and lifting air travel restrictions bddy.me/3bazuMM @ESBiomech
1
2
In Ellen Kuhl's lab, research is focused on the mechanical forces that may underlie the brain's development. A better understanding of these forces could reveal mysteries in how the brain folds and functions.
5
2
24
Living Matter Lab retweeted
Excited to be at the NIH for the workshop on Integrating Machine Learning with Multiscale Modeling #MLMSM @NIBIBgov @ln2cool @SuvranuDe
1
3
Living Matter Lab retweeted
Cerebral atrophy following TBI follows predictable patterns that may help predict injury outcomes and inform treatment decisions @ln2cool @LivingMatterLab @StanfordBioE @StanfordEng @BMESociety @SpringerNature Special issue on brain trauma modeling link.springer.com/article/10…
Living Matter Lab retweeted
Dassault Systèmes and the FDA announce a five-year extension of their collaborative research agreement aims to spur medical device innovation by enabling innovative, new product designs 3ds.com/press-releases/singl… #simulia #insilico #fda #engineering
8
11
Living Matter Lab retweeted
Can we use #machine #learning to characterize #heart #failure across the scales? Yes we can! Check it out here: link.springer.com/article/10… Great collab with @fcosahli @KevSacky @juliusguccione1 @ln2cool @LivingMatterLab
2
8
2
8
Great inspirational Keynote by Charley Taylor @HeartFlow at @NIBIBgov Multiscale Modeling Consortium Meeting imagwiki.nibib.nih.gov/
2
6
Big day for the lab: we moved into our new lab space and used our nanoindentation machine for the first time. Bring us brains- we are ready to go!
3
1
1
14